GMC2560 heavy‑duty CNC gantry machining center adopts modular gantry structure for outstanding overall rigidity. X‑axis applies dual‑motor rack‑pinion anti‑backlash drive, X/Y with heavy‑load linear guideways while Z‑axis uses six‑sided contact box guideway. Equipped with ZF two‑speed gear main drive, full‑closed‑loop linear scales and automatic milling‑head exchange system. It supports multiple optional milling heads and tool magazines, realizing 5‑face complete‑process machining. Automatic chip removal device comes as standard; spindle‑through coolant, tool‑workpiece measuring system are available for unmanned lights‑out production. Ideal for automotive, shipbuilding, mold‑making and heavy mechanical component processing.

Technical Specifications

Why Choose Us?

• High‑rigidity g‑type gantry structure: modular design, heavy‑duty guideways and box‑type Z‑axis guideway ensure stable heavy‑cutting performance.
• Reliable core components: ZF two‑speed gear transmission, full‑closed‑loop linear scales, dual‑motor anti‑backlash X‑axis drive deliver stable high‑precision output.
• Powerful automatic milling‑head exchange system: multiple optional milling‑heads, high‑precision indexing to satisfy multi‑angle complex‑surface machining.
• Flexible tool‑magazine options: disc‑type & chain‑type tool magazines, vertical‑horizontal convert‑able magazine for higher efficiency.
• Rich optional auxiliary functions: high‑pressure spindle coolant, tool & workpiece measuring system, realizing unmanned lights‑out production.
• One‑stop solution: professional pre‑sales technical matching, on‑site installation guidance and long‑term after‑sales support.

Primary Applications

Ideal for high‑precision machining of planes, curved surfaces, parallel‑hole groups and orthogonal‑hole groups of large‑size heavy work‑pieces. Widely used in automotive industry, shipbuilding equipment, printing machinery, packaging equipment, textile machinery, mold‑manufacturing industry and general heavy mechanical component processing. It completes multi‑procedure 5‑face machining within one clamping, greatly improving production efficiency for large‑part batch manufacturing.

Frequently Asked Questions (FAQ)